Nov 21, 2022
Using solar lighting outdoors can be a lifesaver when outdoor outlets are not available. But do solar-powered lights really work? How do they measure up to hardwired electric lights?
And what if your yard is shady or you live somewhere that rarely sees the sun?
Here’s the full scoop on choosing and using solar-powered lights in your yard.How solar lighting works. Photovoltaic cells absorb sunlight during the day to charge the batteries, which then light the bulb at night. Because solar lights are powered by the sun, they must be placed in an area that receives full sun — ideally eight or more hours per day.What if you don’t have direct sun? If you are putting solar lights in your desert yard in Tucscon or Palm Springs, they are sure to operate at maximum strength — but what if you live in Seattle or simply have a heavily shaded yard?
It’s not quite as simple, but you can still have solar-powered lights, even in a fully shaded area. A solar or landscape lighting pro can help position a remote photovoltaic panel on your roof or in a sunnier area of your yard, which can then be wired to the lights in the shady area.If you’re looking for even good ways to use solar energy around your home, check out our guide to the www.szleadray.com. All the best outdoor solar lights will be optional.As a Solar lighting company specializing in Solar street light for 15 years, We will be lucky if we are a potential supplier for you.
Installation Steps
Location Selection: Choose a location that can receive sufficient sunlight throughout the day to ensure that the solar panel can effectively charge the battery.
Avoid installing in places with long-term shading objects.
Pole Preparation: If a pole is used, ensure that it is tall enough to provide adequate lighting coverage and strong enough to support the light fixture. Usually, a 2.5-inch GI pole with an outer diameter of 60 mm is preferred. Dig a hole about 3 to 4 feet deep for the pole foundation, and the depth can be adjusted according to the pole height and local regulations. In some cases, concrete may need to be poured for added stability.
System Testing: Before fixing all components, test the system. Cover the solar panel to simulate night conditions and observe whether the light turns on, and check whether the light turns off when the solar panel is exposed to sunlight to ensure that all components are functioning properly.
Component Fixing: After confirming that the system is working properly, securely fasten all components to the pole or mounting surface, ensuring that the connection is firm.
Final Checks: Cover the solar panel again to check whether the light turns on to ensure that the light is working properly. Tighten any loose bolts or screws, and ensure that the light fixture is positioned correctly for optimal lighting coverage.
Pole Erection: Erect the pole in the dug hole and pour gravel and concrete into it. Place a crossbeam to support the pole until the concrete dries.
Read More
IPv6 network supported.
